Highly integrated individual combat anti-UAV signal deception, strike and detection

Ultra-lightweight design, portable by a single soldier

The system features an ultra-lightweight design, keeping the overall weight within a range that can be carried by a single soldier, so even prolonged handheld operation will not be burdensome. The fuselage is made of advanced composite materials, combining high strength with lightweight characteristics. The modular design facilitates rapid assembly, disassembly, and deployment, allowing a single soldier to perform counter-drone warfare missions in complex environments. Whether in urban warfare or field patrols, the system maintains high mobility and flexibility.

The system integrates signal deception and GPS spoofing functions, simultaneously interfering with the communication links and positioning systems of drones. By actively sending false signals, it misleads drones to deviate from their flight paths or make forced landings, achieving precise control and countermeasures. This integrated design simplifies the operation process, allowing a single soldier to quickly select the deception mode and effectively interfere with different types of drones. Compared to traditional separate systems, the countermeasure efficiency and success rate are significantly improved.

The system has a built-in flight trajectory recording module that automatically records the flight path, speed, and altitude information of the target drone. The data can be exported after the operation for subsequent analysis and judgment. This function not only provides real-time battlefield situational awareness but also supports mission debriefing and tactical optimization, helping commanders formulate more precise counter-drone strategies.

The entire unit adopts a sealed design and achieves an IP67 protection rating, ensuring stable operation even in rain, dust, or humid environments. Key electronic modules are all protected to effectively prevent dust and liquid ingress, extending the system's lifespan. Whether in desert, jungle, or rainforest environments, the system can maintain high reliability and continuous operational capability.